Q. Given two sine waves A and B, if the frequency of A is twice that of B, then the period of B is ________ that of A.

View solution

Q. A sine wave is ________.

View solution

Q. If the maximum amplitude of a sine wave is 2 V, the minimum amplitude is ________ V.

View solution

Q. A signal is measured at two different points. The power is P1 at the first point and P2 at the second point. The dB is 0. This means ________.

View solution

Q. ________ is a type of transmission impairment in which the signal loses strength due to the resistance of the transmission medium.

View solution

Q. ________ is a type of transmission impairment in which the signal loses strength due to the different propagation speeds of each frequency that makes up the signal.

View solution

Q. ________ is a type of transmission impairment in which an outside source such as crosstalk corrupts a signal.

View solution

Q. When propagation speed is multiplied by propagation time, we get the ________.

View solution

Q. Data can be ________.

View solution

Q. _______ data are continuous and take continuous values.

View solution

Q. _______ data have discrete states and take discrete values.

View solution

Q. Signals can be ________.

View solution

Q. _____ signals can have an infinite number of values in a range.

View solution

Q. _______ signals can have only a limited number of values.

View solution

Q. Frequency and period are ______.

View solution

Q. ________is the rate of change with respect to time.

View solution

Q. _______ describes the position of the waveform relative to time 0.

View solution

Q. A sine wave in the ______ domain can be represented by one single spike in the _____ domain.

View solution

Q. A _________ sine wave is not useful in data communications; we need to send a _______ signal.

View solution

Q. The _____ of a composite signal is the difference between the highest and the lowest frequencies contained in that signal.

View solution